Characteristics of Collapse of Rotating Isothermal Clouds
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概要
- 論文の詳細を見る
- Published for the Research Institute for Fundamental Physics by Physical Society of Japanの論文
著者
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NARITA Shinji
Science and Engineering Research Institute, Doshisha University
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Shoken M.
National Astronomical Observatory
関連論文
- Primordial Solar Nebula Embedded in Corona
- The Surface Wave Instability of Stratified Incompressible Cylinders with Differential Rotation : Astrophysics and Relativity
- Numerical Simulation of Viscous Flow by Smoothed Particle Hydrodynamics : Astrophysics and Relativity
- Wind from T Tauri Stars
- The Structure and Evolution of Thin Viscous Disks-1-Non-steady Accretion and Excretion
- Chapter 23 Gas Capture by Proto-Jupiter and Proto-Saturn : Part VI Growth of the Planets : Origin of the Solar System
- Chapter 8 Efficiency of Angular Momentum Transfer by Shear Instability : Part II Formation Processes of Protostars : Origin of the Solar System
- Chapter 7 Stability of the Primordial Solar Nebula : Part II Formation Processes of Protostars : Origin of the Solar System
- Chapter 5 Collapse and Fragmentation of Isothermal Clouds : Part II Formation Processes of Protostars : Origin of the Solar System
- Chapter 4 The Equilibrium and the Stability of Rotating Isothermal Clouds : Part II Formation Processes of Protostars : Origin of the Solar System
- 1. Numerical Simulation in Astrophysics : Smoothed Particle Methods (III. General Applications)
- Analytic Solutions for Equilibrium of Rotating Isothermal Clouds : One-Parameter Family of Axisymmetric and Conformal Configurations
- Fission of a Massive Elongated Gas Cloud Rotating at the Galactic Center
- Adiabatic Collapse of Rotating Gas Clouds
- Fully Three-Dimensional Hydrodynamical Collapse and Formation of Binary System
- Wave Excitation in Isothermal Disks by External Gravity
- Criteria for the Collapse and Fragmentation of Rotating Clouds
- Three-Dimensional Hydrodynamical Simulations of Type 2 Supernova--Mixing and Fragmentation of Ejecta
- Time Evolution of Pure Gravitational Waves
- Excitation Energies in π-Electron Systems : Application of Green's Function Method with Second-Order Perturbaton Terms
- Characteristics of Collapse of Rotating Isothermal Clouds